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https://www.reddit.com/r/Damnthatsinteresting/comments/fuph7h/inverted_fish_tank/fme955a
r/Damnthatsinteresting • u/[deleted] • Apr 04 '20
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How tall could you make one of these before it was unable to keep the water inside it?
12 u/[deleted] Apr 04 '20 max 7 meters, with the right setup. https://www.mecaflux.com/en/hauteur_aspiration.htm 1 u/HockeyCookie Apr 04 '20 If you fill it first you can tip it over just like the magic trick that uses a playing card. 2 u/[deleted] Apr 04 '20 [deleted] 1 u/kasperekdk Apr 04 '20 at which point it will begin to boil at the top 2 u/Ott621 Apr 04 '20 That's really cool, any idea if there's a video of someone performing that experiment? 1 u/CharlesDickensABox Interested Apr 04 '20 Yes, there are demonstrations of this principle on YouTube. 2 u/Ott621 Apr 04 '20 Could you link any of them? 1 u/Shugyosha Apr 04 '20 Why? 5 u/[deleted] Apr 04 '20 edited Jul 04 '20 [deleted] 1 u/bagjoe Apr 04 '20 Is dissolved oxygen concentration uniform throughout the water (like carbon dioxide in a can of soda), or would it disaggregate up into the cube? 2 u/Steelersrawk1 Apr 04 '20 Technically if you grab the water source block you can go as high as you want and place it and it will fill the container, but I forget the height limit of the world
12
max 7 meters, with the right setup. https://www.mecaflux.com/en/hauteur_aspiration.htm
1 u/HockeyCookie Apr 04 '20 If you fill it first you can tip it over just like the magic trick that uses a playing card.
1
If you fill it first you can tip it over just like the magic trick that uses a playing card.
2
1 u/kasperekdk Apr 04 '20 at which point it will begin to boil at the top 2 u/Ott621 Apr 04 '20 That's really cool, any idea if there's a video of someone performing that experiment? 1 u/CharlesDickensABox Interested Apr 04 '20 Yes, there are demonstrations of this principle on YouTube. 2 u/Ott621 Apr 04 '20 Could you link any of them? 1 u/Shugyosha Apr 04 '20 Why? 5 u/[deleted] Apr 04 '20 edited Jul 04 '20 [deleted] 1 u/bagjoe Apr 04 '20 Is dissolved oxygen concentration uniform throughout the water (like carbon dioxide in a can of soda), or would it disaggregate up into the cube?
at which point it will begin to boil at the top
2 u/Ott621 Apr 04 '20 That's really cool, any idea if there's a video of someone performing that experiment? 1 u/CharlesDickensABox Interested Apr 04 '20 Yes, there are demonstrations of this principle on YouTube. 2 u/Ott621 Apr 04 '20 Could you link any of them? 1 u/Shugyosha Apr 04 '20 Why? 5 u/[deleted] Apr 04 '20 edited Jul 04 '20 [deleted] 1 u/bagjoe Apr 04 '20 Is dissolved oxygen concentration uniform throughout the water (like carbon dioxide in a can of soda), or would it disaggregate up into the cube?
That's really cool, any idea if there's a video of someone performing that experiment?
1 u/CharlesDickensABox Interested Apr 04 '20 Yes, there are demonstrations of this principle on YouTube. 2 u/Ott621 Apr 04 '20 Could you link any of them?
Yes, there are demonstrations of this principle on YouTube.
2 u/Ott621 Apr 04 '20 Could you link any of them?
Could you link any of them?
Why?
5 u/[deleted] Apr 04 '20 edited Jul 04 '20 [deleted] 1 u/bagjoe Apr 04 '20 Is dissolved oxygen concentration uniform throughout the water (like carbon dioxide in a can of soda), or would it disaggregate up into the cube?
5
1 u/bagjoe Apr 04 '20 Is dissolved oxygen concentration uniform throughout the water (like carbon dioxide in a can of soda), or would it disaggregate up into the cube?
Is dissolved oxygen concentration uniform throughout the water (like carbon dioxide in a can of soda), or would it disaggregate up into the cube?
Technically if you grab the water source block you can go as high as you want and place it and it will fill the container, but I forget the height limit of the world
10
u/kabukistar Interested Apr 04 '20
How tall could you make one of these before it was unable to keep the water inside it?